State-Space Model and Kalman Filter Gain Identification by a Kalman Filter of a Kalman Filter
Minh Q. Phan, Francesco Vicario, Richard W. Longman, Raimondo Betti
Abstract
Minh Q. Phan, Francesco Vicario, Richard W. Longman, Raimondo Betti
Abstract
This paper describes an algorithm that identifies a state-space model and an associated steady-state Kalman filter gain from noise-corrupted input–output data. The model structure involves two Kalman filters where a second Kalman filter accounts for the error in the estimated residual of the first Kalman filter. Both Kalman filter gains and the system state-space model are identified simultaneously. Knowledge of the noise covariances is not required.
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This paper describes an algorithm that identifies a state-space model and an associated steady-state Kalman filter gain from noise-corrupted input–output data. The model structure involves two Kalman filters where a second Kalman filter accounts for the error in the estimated residual of the first Kalman filter. Both Kalman filter gains and the system state-space model are identified simultaneously. Knowledge of the noise covariances is not required.
Key concepts: Alpha beta filter, Fast Kalman filter, Kalman filter, Invariant extended Kalman filter, Ensemble Kalman filter, Control theory (sociology), Extended Kalman filter, Computer science